If you want to ask questions about something that is "shown", then I suggest that you make sure that there is something that is shown.
So I took the worksheet and found that in Punnett Square A (if you have the same worksheet) It has the pairs BB, Bb, Bb, and bb. B= black and b= white. The probablility of a black guinea pig is likely and white is unlikely since there is only 1 trait with 2 recessive alleles.
The probability of getting a diamond and a black seven is zero. Diamonds are red.
The probability of picking a black ace in one random draw from a normal pack of playing cards is 1/26.
There are 6 black face card in a deck of 52 cards, so the probability of getting a black face card is 6/52 = 3/26
It is 3/13. The fact that the card is black makes no difference since the probability is the same for both colours.
the probabiltiy it will be black is if the grandparents are white or if the relitives that are 1st might be the soulution
So I took the worksheet and found that in Punnett Square A (if you have the same worksheet) It has the pairs BB, Bb, Bb, and bb. B= black and b= white. The probablility of a black guinea pig is likely and white is unlikely since there is only 1 trait with 2 recessive alleles.
The main perpose of a punnett square is to find the probability of what an organism will look like compared to its parents.For example, if say you wanted to find the probability of a dog with one parent a blond dog and the other black, the black dog's allele is BB and the blond's is bb,the more dominatnt one,(BB) will take over so that means the offsring of the 2 dogs,will be mostly black.
Punnett Squares are useful because they allow you to see the chance of what genes will be handed down to the offspring. They are a quick and easy way to determine the chance of a offspring having a certain characteristic
You have a square the is split into fourths. 2 and 2 in bottom. It looks like a window. On top of the two top squares you put the alleles of the first parent. On the left you put the to alleles of the other parent. And you basically get one allele from each parent and put it in the square and it gives you the probably outcomes of the offspring.
The answer depends on how big the litter is: as the litter size increases the probability of one black fur increases. But as it gets larger still, the probability falls because two or more black furs become more probable.
Well you see black people are useless. Whoever made the black child is obviously an ape of some sort.
depends if the black fur gene is dominant.. if it is... then yu would cross BB with bb making all heterozygous genotypes(Bb) therefore, having all possible offspring with black fur so theres a 100% probability of offspring with black fur(:
depends on the two guinea pigs genotypes. could be anywhere from 75 to 100 percent.
No, not always. The offspring can be white, black, black and white or shades of both.
The probability is one half.
The probability of getting a diamond and a black seven is zero. Diamonds are red.